Key result
Self-reported HF is linked to worse baseline memory, processing speed, and steeper longitudinal reasoning declines.
Why the study?
Cognitive function and longitudinal cognitive decline among older adults with and without heart failure were not well characterized.
Does heart failure status affect baseline and longitudinal cognitive function in older adults?
Cohort (n=2,790)
Does heart failure status affect baseline and longitudinal cognitive function in older adults?
p-value: p=<0.05
Heart failure is associated with worse baseline cognitive function in memory and speed, and steeper longitudinal declines in reasoning among older adults.
HF-associated baseline memory/speed deficits and reasoning decline warrant cognitive monitoring in older adults; leaves open causal direction and need for prospective confirmation.
OBJECTIVE: Secondary data analyses were conducted to examine cognitive function and longitudinal cognitive decline among older adults with and without heart failure (HF). METHOD: Data from the Advanced Cognitive Training for Independent and Vital Elderly study were used to compare baseline (N = 2,790) and longitudinal (n = 692) changes in memory, reasoning, and speed of processing performance among participants (M age = 73.61, SD = 5.89) who self-reported HF at baseline, developed HF over time, or never reported HF. RESULTS: At baseline, there were differences in memory and speed of processing with participants who never reported HF performing better than those who reported developing HF over time, and those who reported HF at baseline performing the worst (ps < .05). Longitudinally, participants with self-reported HF at baseline showed declines in reasoning over time. DISCUSSION: The results indicate that cognitive difficulties in memory and speed may occur prior to a HF diagnosis, while those with HF may experience steeper declines in reasoning as measured by word series test.
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Alwerdt et al. (2013) conducted a cohort in Heart failure (n=2,790). Heart failure vs. No heart failure was evaluated on Memory, reasoning, and speed of processing performance (p=<0.05). Self-reported heart failure was associated with worse baseline memory and speed of processing compared to no heart failure (p < 0.05), and steeper longitudinal declines in reasoning.
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